CN114653140A - Automatic control system of dust bin small bag-type dust remover - Google Patents
Automatic control system of dust bin small bag-type dust remover Download PDFInfo
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- 238000007664 blowing Methods 0.000 claims description 33
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- B01D46/02—Particle separators, e.g. dust precipitators, having hollow filters made of flexible material
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Abstract
The invention discloses an automatic control system of a dust bin small bag-type dust collector, which comprises a first button, a first operation judgment module, a first fan operation module, a first intelligent detection module, a first fault judgment module, a green operation signal starting module, a display module, a first fan stopping module, a white operation signal starting module, a second button, a second operation judgment module, a second fan operation module, a second intelligent detection module, a second fault judgment module, an operation signal starting module, an intelligent alarm module, a touch prevention module, a second fan stopping module and an operation signal extinguishing module. This automatic control system of dust storehouse sack cleaner is provided with main control room control system and batching switch board control system, can control the fan jointly, and the workman all can operate in arbitrary control room to be provided with procedure initial set, can carry out accurate control to length and time interval when jetting, the control system degree of automation after the improvement is higher, and control system operation monitoring is convenient.
Description
Technical Field
The invention relates to the technical field of automatic control of small bag-type dust removal of an environment-friendly dust bin, in particular to an automatic control system of a small bag-type dust remover of a dust bin.
Background
In the prior production technology, an operator needs to climb to a four-floor dust adding chamber for field operation when operating a sintering dust adding chamber for electric dust removal and pneumatic dust conveying chamber for small bag-type dust remover of a dust bin during normal production. Because of inconvenient operation, the operator selects to operate the fan and blow for a long time, which wastes energy. Because the operating condition of the equipment can not be monitored by an operator in the main control room, if a fault or other abnormality occurs, the operator can find the fault or other abnormality only when the on-site inspection worker inspects the equipment for 4 hours, and if the fault of the small cloth bag fan is not processed in time in the period, the dust pneumatic ash conveying pipe blockage is caused, the normal production is influenced, and the labor intensity of the blockage removing and overhauling worker and the electricity consumption cost of the overhauling materials are increased. With the increasing maturity of production technology, the automatic control system has gradually replaced the traditional manual control to become the mainstream of production control, but the following problems still exist when the automatic control system is used:
1. the automatic degree of the existing control system is not enough, the control system is inconvenient to operate and monitor, the dust removal electronic board cannot accurately control the blowing time interval and the blowing time, the blowing start-stop operation cannot be carried out according to the actual production condition, the manual labor intensity of workers is increased, compressed air energy is wasted, and the service life of a membrane of the blowing valve is shortened.
2. The existing control system is improper in installation and selection, insufficient in protection grade, usually installed in a dust adding room, and has the hidden trouble of conductive dust, so that the service life of an electric component is shortened or the electric component is burnt out due to short circuit.
In order to solve the problems, innovative design based on the original control system is urgently needed.
Disclosure of Invention
The invention aims to provide an automatic control system of a dust bin small bag-type dust collector, which solves the problems that the automation degree is insufficient, the control system is inconvenient to operate and monitor, a dust removal electronic board cannot accurately control the blowing time interval and the blowing time, the blowing start-stop operation cannot be carried out according to the actual production condition, the manual labor intensity of workers is increased, compressed air energy is wasted, the service life of a membrane of a blowing valve is shortened, the installation and selection are improper, the protection grade is insufficient, the dust collection electronic board is usually installed in a dust adding chamber, the hidden danger of conductive dust exists, and the service life of electric components is shortened or electric components are burnt out due to short circuit.
In order to achieve the purpose, the invention provides the following technical scheme: the utility model provides an automatic control system of dust storehouse sack cleaner, including pressing first button, first operation is differentiateed, first fan operation module, first intellectual detection system module, first trouble is differentiateed, green running signal is opened, a display module, first fan stops the module, white running signal is opened, press the second button, second operation is differentiateed the module, second fan operation module, second intellectual detection system module, second trouble is differentiateed, running signal opens, intelligent alarm module, prevent touching the module, second fan stops module and running signal and extinguishes:
the first button is pressed to determine the starting and the running of the control flow of the main control room, so that the normal running of the running flow in the main control room is ensured, a corresponding operation instruction is generated through manual operation, and a corresponding control signal is output according to the instruction;
the first operation judgment receives a signal sent by pressing a first button, judges the signal, reads information expressed by the signal, sends the information to a component corresponding to the information according to the information, and controls the component to perform corresponding work according to the requirement of the signal;
after the first fan operation module receives the starting command, the first fan operation module remotely controls the fan to operate in an electric signal mode, and normal operation of blowing work of the fan is ensured;
the first intelligent detection module detects the fan in the operation process in real time by taking the sensor as a medium, acquires various data in the operation process of the fan, collects, integrates and processes the data and sends the data to the corresponding component;
the first fault judgment is used for judging fan operation data transmitted by the first intelligent detection module, comparing and analyzing the fan operation data with normal operation data to judge whether the fan operation data is in a normal value range at the detection moment, so that a judgment result of whether the fan operates normally is obtained, and corresponding instructions are sent according to different results;
the green operation signal starting is a signal receiving part corresponding to the first fault judgment result when the fan is normal, and the green operation signal starting is used for controlling the operation signal to be green after receiving the instruction transmitted by the first fault judgment, so that the normal operation information of the fan is intuitively transmitted to the inspection personnel;
the display module is a signal receiving component corresponding to the first fault judgment result when the fan is in fault, and after receiving the first fault judgment transmission instruction, the display module displays fault information, controls a screen of the display device to flicker red characters, namely 'motor fault', and sends an instruction to the next component;
the first fan stopping module controls the fan to stop operating in the form of an electric signal after receiving the instruction, and generates a new operating signal instruction;
after the white operation signal is started to receive an operation signal instruction sent by the first fan stopping module, controlling the operation signal to be converted from green to white;
the pressing of the second button determines the starting and the operation of the operation flow of the batching and distributing room, so that the normal operation of the operation flow in the batching and distributing room is ensured, a corresponding operation instruction is generated through manual operation, and a control signal corresponding to the operation instruction is output according to the instruction;
the second operation judging module receives the signal sent by pressing the second button, judges the signal, reads the information expressed by the signal, sends the information to the component corresponding to the information according to the information, and controls the component to perform corresponding work according to the requirement of the signal;
after the second fan operation module receives the starting command, the second fan operation module remotely controls the fan to operate in an electric signal mode, and normal operation of blowing work of the fan is ensured;
the second intelligent detection module detects the fan in the operation process in real time by taking the sensor as a medium, acquires various data in the operation process of the fan, collects, integrates and processes the data and sends the data to the corresponding component;
the second fault judgment is used for judging fan operation data transmitted by the second intelligent detection module, comparing and analyzing the fan operation data with normal operation data to judge whether the fan operation data is in a normal value range at the detection moment, so that a judgment result of whether the fan operates normally is obtained, and corresponding instructions are sent according to different results;
the operation signal starting is a signal receiving part corresponding to the fan when the judgment result of the second fault judgment is that the fan is normal, and the operation signal lamp is started after the operation signal starting receives an instruction transmitted by the second fault judgment;
the intelligent alarm module is a signal receiving component corresponding to the second fault judgment result when the fan is in fault, and after receiving the second fault judgment transmission instruction, the intelligent alarm module gives an intelligent alarm to remind an inspector that the motor is in fault and sends an instruction to the corresponding component;
the anti-touch module locks the system after receiving the command transmitted by the intelligent alarm module and feeds back the command to the second button, so that the condition that an operator mistakenly touches the operation button to restart the fan is avoided;
the second fan stopping module receives the instruction of the intelligent alarm module or the second operation judging module and then controls the fan to stop operating in the form of an electric signal and generates a new operation signal lamp instruction;
and after the operation signal is extinguished and the operation signal instruction sent by the second fan stopping module is received, the operation signal lamp is controlled to be extinguished.
Preferably, the main control room control system is formed by pressing a first button, a first operation judgment, a first fan operation module, a first intelligent detection module, a first fault judgment, a green operation signal starting, a display module, a first fan stopping module and a white operation signal starting, the material distribution room control system is formed by pressing a second button, a second operation judgment module, a second fan operation module, a second intelligent detection module, a second fault judgment, an operation signal starting, an intelligent alarm module, a touch prevention module, a second fan stopping module and an operation signal extinguishing, the main control room control system and the material distribution room control system are independent of each other and operate simultaneously, and the automatic control system of the dust bin small bag-type dust collector is formed together.
Preferably, the first fan operation module comprises program initial setting, signal lamp feedback and normal operation, and the program initial setting, the signal lamp feedback and the normal operation are sequentially carried out.
Preferably, the program initialization includes a time interval setting and a time length setting, and the time interval setting inputs the blowing time interval of the system as 12 seconds, and the time length setting inputs the blowing time of the system as 0.3 seconds.
Preferably, the first fan stopping module may receive instruction allocation of the first operation judgment or the display module, and the instruction of the first operation judgment is prior to the instruction of the display module.
Preferably, the fan devices acted and controlled by the first fan operating module, the first fan stopping module, the second fan operating module and the second fan stopping module are the same group of fan devices.
Compared with the prior art, the invention provides an automatic control system of a dust bin small bag-type dust remover, which has the following advantages:
1. the improved control system has the advantages that the control system is provided with the master control room control system and the batching and power distribution room control system, the fans can be controlled together, workers can operate in any control room, the program initial setting is set, the blowing time and the blowing time interval can be accurately controlled, the automation degree of the improved control system is higher, the control system is convenient to operate and monitor, the dust removal electronic board can accurately control the blowing time interval and the blowing time, the blowing start-stop operation can be carried out according to the actual production condition, the manual labor intensity of the workers is reduced, the compressed air energy is saved, and the service life of a membrane of the blowing valve is prolonged;
2. the control system and the control equipment thereof are moved to the master control room and the batching and distributing room from the original dust batching room, the improved control system is suitable for installation and selection, the protection grade is higher, and the problem of potential conductive dust hazard existing in the dust batching room is solved, so that the service life of electrical components is shortened or the electrical components are prevented from being burnt out due to short circuit.
Drawings
FIG. 1 is a schematic view of the overall operation process of the main control room according to the present invention;
FIG. 2 is a schematic view of the overall process of the batching and distribution room of the present invention;
FIG. 3 is a schematic view of a first fan operating module according to the present invention;
FIG. 4 is a wiring diagram of the electric control principle of the fan of the present invention;
fig. 5 is a wiring diagram of the blowing electric control principle of the invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1-5, the present invention provides a technical solution: an automatic control system of a dust bin small bag-type dust collector comprises: the intelligent fan control system comprises a first button, a first operation judgment module, a first fan operation module, a first intelligent detection module, a first fault judgment module, a green operation signal starting module, a display module, a first fan stopping module, a white operation signal starting module, a second button, a second operation judgment module, a second fan operation module, a second intelligent detection module, a second fault judgment module, an operation signal starting module, an intelligent alarm module, a touch prevention module, a second fan stopping module and an operation signal extinguishing module, wherein the first button is pressed;
the first button is pressed to determine the starting and the running of the control flow of the main control room, so that the normal running of the running flow in the main control room is ensured, a corresponding operation instruction is generated through manual operation, and a corresponding control signal is output according to the instruction;
the first operation judgment receives a signal sent by pressing a first button, judges the signal, reads information expressed by the signal, sends the information to a component corresponding to the information according to the information, and controls the component to perform corresponding work according to the requirement of the signal;
after the first fan operation module receives the starting command, the first fan operation module remotely controls the fan to operate in an electric signal mode, and normal operation of blowing work of the fan is ensured;
the first intelligent detection module detects the fan in the operation process in real time by taking the sensor as a medium, acquires various data in the operation process of the fan, collects, integrates and processes the data and sends the data to the corresponding component;
the first fault judgment is used for judging fan operation data transmitted by the first intelligent detection module, comparing and analyzing the fan operation data with normal operation data to judge whether the fan operation data is in a normal value range at the detection moment, so that a judgment result of whether the fan operates normally is obtained, and corresponding instructions are sent according to different results;
the green operation signal starting is a signal receiving part corresponding to the first fault judgment result when the fan is normal, and the green operation signal starting is used for controlling the operation signal to be green after receiving the instruction transmitted by the first fault judgment, so that the normal operation information of the fan is intuitively transmitted to the inspection personnel;
the display module is a signal receiving component corresponding to the first fault judgment result when the fan is in fault, and after receiving the first fault judgment transmission instruction, the display module displays fault information, controls a screen of the display device to flicker red characters, namely 'motor fault', and sends an instruction to the next component;
the first fan stopping module controls the fan to stop operating in the form of an electric signal after receiving the instruction, and generates a new operating signal instruction;
after the white operation signal is started to receive an operation signal instruction sent by the first fan stopping module, controlling the operation signal to be converted from green to white;
the pressing of the second button determines the starting and the operation of the operation flow of the batching and distributing room, so that the normal operation of the operation flow in the batching and distributing room is ensured, a corresponding operation instruction is generated through manual operation, and a control signal corresponding to the operation instruction is output according to the instruction;
the second operation judging module receives the signal sent by pressing the second button, judges the signal, reads the information expressed by the signal, sends the information to the component corresponding to the information according to the information, and controls the component to perform corresponding work according to the requirement of the signal;
after the second fan operation module receives the starting command, the second fan operation module remotely controls the fan to operate in an electric signal mode, and normal operation of blowing work of the fan is ensured;
the second intelligent detection module detects the fan in the operation process in real time by taking the sensor as a medium, acquires various data in the operation process of the fan, collects, integrates and processes the data and sends the data to the corresponding component;
the second fault judgment is used for judging fan operation data transmitted by the second intelligent detection module, comparing and analyzing the fan operation data with normal operation data to judge whether the fan operation data are in a normal value range at the detection moment, so as to obtain a judgment result of whether the fan operates normally, and sending corresponding instructions according to different results;
the operation signal starting is a signal receiving part corresponding to the fan when the judgment result of the second fault judgment is that the fan is normal, and the operation signal lamp is started after the operation signal starting receives an instruction transmitted by the second fault judgment;
the intelligent alarm module is a signal receiving component corresponding to the second fault judgment result when the fan is in fault, and after receiving the second fault judgment transmission instruction, the intelligent alarm module gives an intelligent alarm to remind an inspector that the motor is in fault and sends an instruction to the corresponding component;
the anti-touch module locks the system after receiving the command transmitted by the intelligent alarm module and feeds back the command to the second button, so that the situation that an operator touches the operation button by mistake to restart the fan is avoided;
the second fan stopping module receives the instruction of the intelligent alarm module or the second operation judging module and then controls the fan to stop operating in the form of an electric signal and generates a new operation signal lamp instruction;
and after the running signal is extinguished and a running signal instruction sent by the second fan stopping module is received, the running signal lamp is controlled to be extinguished.
As shown in fig. 1 and fig. 2, a main control room control system is formed by pressing a first button, a first operation judgment, a first fan operation module, a first intelligent detection module, a first fault judgment, a green operation signal start, a display module, a first fan stop module and a white operation signal start, a batching power distribution room control system is formed by pressing a second button, a second operation judgment module, a second fan operation module, a second intelligent detection module, a second fault judgment, an operation signal start, an intelligent alarm module, a touch prevention module, a second fan stop module and an operation signal off, and the main control room control system and the batching power distribution room control system are independent from each other and operate simultaneously and form an automatic control system of a dust collector dust bin small cloth;
specifically, as shown in fig. 3, the first fan operation module includes program initial setting, signal lamp feedback and normal operation, and the program initial setting, the signal lamp feedback and the normal operation are performed in sequence, and the fan operation can be controlled more professionally through the set program initial setting, the signal lamp feedback and the normal operation;
specifically, as shown in fig. 3, the program initial setting includes a time interval setting and a time length setting, the time interval setting is input into the system to set the blowing time interval to 12 seconds, and the time length setting is input into the system to set the blowing time to 0.3 second, and the production process is more specialized and automated by setting the blowing time interval and the blowing time;
specifically, as shown in fig. 1, the first fan stopping module may receive instruction allocation of the first operation judgment or display module, and the instruction of the first operation judgment is prior to the instruction of the display module, and through the design of the first operation judgment and display module, the flow may be manually or automatically ended and the fan may be turned off at any stage of the system operation;
specifically, as shown in fig. 1 and fig. 2, the fan devices controlled by the first fan operation module, the first fan stop module, the second fan operation module and the second fan stop module are the same group of fan devices, and the first fan operation module, the first fan stop module, the second fan operation module and the second fan stop module are arranged, so that an operator can conveniently control the devices from any control room of the main control room and the batching and power distribution room.
The working principle is as follows: when the automatic control system of the dust bin small bag-type dust collector is used, according to the figure 1, the figure 2, the figure 3, the figure 4 and the figure 5, when an operator operates in a main control room, firstly, the first button is pressed, the control flow of the main control room is started, a corresponding operation instruction is generated by manually pressing the start button, and a corresponding control signal is output according to the instruction; the first operation judgment receives a signal sent by pressing a first button, judges the signal, reads information expressed by the signal, sends the instruction to a first fan operation module if the operation information is start, the first fan operation module remotely controls the operation of the fan in the form of an electric signal after receiving a start command to ensure the operation of the blowing work of the fan, signal lamp feedback and normal operation, and the program initial setting, the signal lamp feedback and the normal operation are sequentially carried out, the program initial setting is divided into a time interval setting part and a time length setting part, the time interval setting input system has a blowing time interval of 12 seconds, and the time length setting input system has a blowing time of 0.3 seconds), and the first intelligent detection module detects the fan in the operation process in real time by taking a sensor as a medium during the operation of the fan, acquiring various data in the running process of the fan, collecting, integrating and processing the data, sending the data to a first fault judgment module, judging the running data of the fan transmitted by a first intelligent detection module by the first fault judgment module, comparing and analyzing the running data with normal running data, judging whether the running data of the fan is in a normal value range at the detection moment, thus obtaining a judgment result of whether the fan normally runs, and sending a corresponding instruction according to different results; when the judgment result of the first fault judgment is that the fan is normal, the green operation signal is started to control the operation signal to be green, when the judgment result of the first fault judgment is that the fan is fault, the display module receives a first fault judgment transmission instruction, displays fault information, controls a screen of display equipment to flicker red characters, namely 'motor fault', and sends an instruction to the first fan stopping module, the first fan stopping module controls the fan to stop operating in the form of an electric signal after receiving the instruction, generates a new operation signal instruction, sends the new operation signal instruction to the white operation signal to start, and then the white operation signal starts to control the operation signal to be converted from green to white;
according to the figures 1, 2, 3, 4 and 5, when an operator operates the material distribution room, the operator firstly presses the second button to start the material distribution room operation process, generates a corresponding operation instruction through manual operation, outputs a control signal corresponding to the operation instruction according to the instruction, the second operation judging module receives the signal sent by pressing the second button, judges the signal, reads the information expressed by the signal, sends the signal to the second fan operation module corresponding to the information according to the information, and after the second fan operation module receives the start instruction, remotely controls the fan operation in the form of an electric signal to ensure the normal operation of the blowing operation of the fan, and the second intelligent detection module detects the fan in the operation process in real time by taking a sensor as a medium to obtain various data in the operation process of the fan and collects the data, The fan operation data transmitted by the second intelligent detection module is judged by the second fault judgment, and is compared with the normal operation data for analysis so as to judge whether the fan operation data is in a normal value range at the detection moment, so that a judgment result of whether the fan operates normally is obtained, and a corresponding instruction is sent according to different results; if the judgment result of the second fault judgment is that the fan is normal, the operation signal is turned on to turn on the operation signal lamp, otherwise, if the judgment result of the second fault judgment is that the fan is fault, the intelligent alarm module receives a second fault judgment transmission instruction and gives an intelligent alarm to remind an inspector that the motor is in fault and sends the instruction to a corresponding part, then the anti-touch module locks the system and feeds back the instruction to a pressing second button to prevent the operator from mistakenly touching the operation button to restart the fan, meanwhile, the second fan stopping module controls the fan to stop operating in the form of an electric signal after receiving the instruction of the intelligent alarm module and generates a new operation signal lamp instruction, and after the operation signal is extinguished and the operation signal instruction sent by the second fan stopping module, the operation signal lamp is controlled to be extinguished.
Those not described in detail in this specification are within the skill of the art.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (6)
1. The utility model provides an automatic control system of little sack cleaner in dust storehouse which characterized in that: the automatic control system of the dust bin small bag-type dust collector comprises a first button, a first operation judgment module, a first fan operation module, a first intelligent detection module, a first fault judgment module, a green operation signal starting module, a display module, a first fan stopping module, a white operation signal starting module, a second button, a second operation judgment module, a second fan operation module, a second intelligent detection module, a second fault judgment module, an operation signal starting module, an intelligent alarm module, a touch prevention module, a second fan stopping module and an operation signal extinguishing module;
the first button is pressed to determine the starting and the running of the control flow of the main control room, so that the normal running of the running flow in the main control room is ensured, a corresponding operation instruction is generated through manual operation, and a corresponding control signal is output according to the instruction;
the first operation judgment receives a signal sent by pressing a first button, judges the signal, reads information expressed by the signal, sends the information to a component corresponding to the information according to the information, and controls the component to perform corresponding work according to the requirement of the signal;
after the first fan operation module receives the starting command, the first fan operation module remotely controls the fan to operate in an electric signal mode, and normal operation of blowing work of the fan is ensured;
the first intelligent detection module detects the fan in the operation process in real time by taking the sensor as a medium, acquires various data in the operation process of the fan, collects, integrates and processes the data and sends the data to the corresponding component;
the first fault judgment is used for judging fan operation data transmitted by the first intelligent detection module, comparing and analyzing the fan operation data with normal operation data to judge whether the fan operation data is in a normal value range at the detection moment, so that a judgment result of whether the fan operates normally is obtained, and corresponding instructions are sent according to different results;
the green operation signal starting is a signal receiving part corresponding to the first fault judgment result when the fan is normal, and the green operation signal starting is used for controlling the operation signal to be green after receiving the instruction transmitted by the first fault judgment, so that the normal operation information of the fan is intuitively transmitted to the inspection personnel;
the display module is a signal receiving component corresponding to the first fault judgment result when the fan fault is judged, and after receiving the first fault judgment transmission instruction, the display module displays fault information, controls a screen of the display device to flicker red characters, namely 'motor fault', and sends an instruction to the next component;
the first fan stopping module controls the fan to stop operating in the form of an electric signal after receiving the instruction, and generates a new operating signal instruction;
after the white operation signal is started to receive an operation signal instruction sent by the first fan stopping module, controlling the operation signal to be converted from green to white;
the second button is pressed to determine the starting and the operation of the control flow of the batching and distributing room, so that the normal operation of the operation flow in the batching and distributing room is ensured, a corresponding operation instruction is generated through manual operation, and a corresponding control signal is output according to the instruction;
the second operation judging module receives the signal sent by pressing the second button, judges the signal, reads the information expressed by the signal, sends the information to the component corresponding to the information according to the information, and controls the component to perform corresponding work according to the requirement of the signal;
after the second fan operation module receives the starting command, the second fan operation module remotely controls the fan to operate in an electric signal mode, and normal operation of blowing work of the fan is ensured;
the second intelligent detection module detects the fan in the operation process in real time by taking the sensor as a medium, acquires various data in the operation process of the fan, collects, integrates and processes the data and sends the data to the corresponding component;
the second fault judgment is used for judging fan operation data transmitted by the second intelligent detection module, comparing and analyzing the fan operation data with normal operation data to judge whether the fan operation data is in a normal value range at the detection moment, so that a judgment result of whether the fan operates normally is obtained, and corresponding instructions are sent according to different results;
the operation signal starting is a signal receiving part corresponding to the fan when the judgment result of the second fault judgment is that the fan is normal, and the operation signal lamp is started after the operation signal starting receives an instruction transmitted by the second fault judgment;
the intelligent alarm module is a signal receiving component corresponding to the second fault judgment result when the fan is in fault, and after receiving the second fault judgment transmission instruction, the intelligent alarm module gives an intelligent alarm to remind an inspector that the motor is in fault and sends an instruction to the corresponding component;
the anti-touch module locks the system after receiving the command transmitted by the intelligent alarm module and feeds back the command to the second button, so that the situation that an operator touches the operation button by mistake to restart the fan is avoided;
the second fan stopping module receives the instruction of the intelligent alarm module or the second operation judging module and then controls the fan to stop operating in the form of an electric signal and generates a new operation signal lamp instruction;
and after the operation signal is extinguished and the operation signal instruction sent by the second fan stopping module is received, the operation signal lamp is controlled to be extinguished.
2. The automatic control system of the dust bin small bag-type dust collector according to claim 1, characterized in that: the automatic control system of the powder cabin small bag-type dust collector is characterized in that a main control room control system is formed by pressing a first button, a first operation judgment module, a first fan operation module, a first intelligent detection module, a first fault judgment module, a green operation signal opening module, a display module, a first fan stop module and a white operation signal opening module, a second button, a second operation judgment module, a second fan operation module, a second intelligent detection module, a second fault judgment module, an operation signal opening module, an intelligent alarm module, a touch prevention module, a second fan stop module and an operation signal extinguishing module, and the main control room control system and the material distribution room control system are independent of each other and operate simultaneously and jointly form an automatic control system of the powder cabin small bag-type dust collector.
3. The automatic control system of the dust bin small bag-type dust collector according to claim 1, characterized in that: the first fan operation module comprises program initial setting, signal lamp feedback and normal operation, and the program initial setting, the signal lamp feedback and the normal operation are sequentially carried out.
4. The automatic control system of the dust bin small bag-type dust collector according to claim 3, characterized in that: the program initial setting comprises a time interval setting and a time length setting, wherein the time interval setting is input into the blowing time interval of the system to be 12 seconds, and the time length setting is input into the blowing time of the system to be 0.3 seconds.
5. The automatic control system of a dust bin small bag-type dust collector of claim 1, characterized in that: the first fan stopping module can receive instruction allocation of the first operation judgment module or the display module, and the instruction of the first operation judgment module is prior to the instruction of the display module.
6. The automatic control system of the dust bin small bag-type dust collector according to claim 1, characterized in that: the fan equipment acted and controlled by the first fan operation module, the first fan stop module, the second fan operation module and the second fan stop module is the same group of fan equipment.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202210416829.4A CN114653140A (en) | 2022-04-20 | 2022-04-20 | Automatic control system of dust bin small bag-type dust remover |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202210416829.4A CN114653140A (en) | 2022-04-20 | 2022-04-20 | Automatic control system of dust bin small bag-type dust remover |
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| CN114653140A true CN114653140A (en) | 2022-06-24 |
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| CN202210416829.4A Pending CN114653140A (en) | 2022-04-20 | 2022-04-20 | Automatic control system of dust bin small bag-type dust remover |
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